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在实验性钩虫病期间,通过单次和反复致敏的腹腔渗出细胞对虫负荷的排斥反应。

Rejection of worm load through singly and repeatedly sensitized peritoneal exudate cells during experimental ancylostomiasis.

作者信息

Vardhani V, Johri G N

出版信息

Experientia. 1978 Jan 15;34(1):122-3. doi: 10.1007/BF01921940.

Abstract

Sensitized peritoneal exudate cells from Swiss albino mice donors infected with a single dose of 1000 A. caninum larvae could expel a challenge dose of 500 larvae from recipients at a faster rate when compared to cells from repeatedly infected (250 + 250 + 500) donors. However, at 36 h after challenge, the larval expulsion was almost the same in both the groups. Because of the bowel sensitization by the cells, some larvae (not expelled) in the 1st group, readily migrated into muscles where they met allergic immobilization and death due to infiltration of inflammatory cells and their exudates at these sites.

摘要

来自感染单剂量1000只犬弓首蛔虫幼虫的瑞士白化小鼠供体的致敏腹膜渗出细胞,与来自反复感染(250 + 250 + 500)供体的细胞相比,能以更快的速度从受体中排出500只幼虫的攻击剂量。然而,在攻击后36小时,两组的幼虫排出情况几乎相同。由于细胞对肠道的致敏作用,第一组中的一些幼虫(未排出)很容易迁移到肌肉中,在那里它们因炎症细胞及其渗出物在这些部位的浸润而遭遇过敏性固定和死亡。

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